FEATURES
Functional Positioning for Precision Optical Experimentation
The POT-P High Precision Vibration Isolation Optical Platform serves specialized laboratories and industrial research facilities requiring stable, low-vibration environments for sensitive optical setups. Designed for integration with microscopes, linear stages, and optical benches, this platform is intended for users prioritizing uncompromised measurement accuracy and reliable experimental results. As a key product from a recognized vibration isolation optical table manufacturer, it addresses critical vibration challenges in precision optics by providing a robust and versatile optical breadboard table solution tailored for demanding scientific workflows.
Technical Configuration and Performance Specifications
This optical breadboard table incorporates a high-density honeycomb core beneath a robust stainless steel top skin to minimize resonances. Its porous quasi-laminar flow damping elements facilitate superior vibration isolation comparable to pneumatic systems, without the need for extensive maintenance. With inherent frequencies between 6.5 to 12 Hz vertically and 3.0 to 8.0 Hz horizontally, the system achieves vibration isolating efficiencies between 82–95% across key frequency ranges. Manual leveling adjustments ensure ±0.1 mm re-leveling accuracy, complemented by M6 mounting holes on a 25 mm grid for precise component assembly. The surface flatness is maintained at ≤0.05 mm/m², establishing a reliable foundation for intricate optical instruments.
Industry Applications and Operational Impact
Primarily utilized in high-precision optical microscopy, laser scanning, interferometry, and spectrometry, this vibration isolation optical table ensures operational stability for components sensitive to mechanical disturbances. It facilitates the calibration and alignment of optical devices in laboratory and industrial settings where environmental vibrations would otherwise degrade performance. As a leading optical breadboard supplier’s offering, the platform integrates seamlessly with existing experimental infrastructure, significantly enhancing measurement fidelity and reducing downtime associated with vibration-related errors in research and production processes.
Structural Design Rationalization and Integration Flexibility
The POT-P optical table’s structural integrity arises from its stainless steel construction combined with a high-density honeycomb core, delivering high rigidity and minimal surface resonance. The vibration isolation rubber and porous quasi-laminar damping elements form an advanced mechanical isolation system that outperforms conventional alternatives in durability and efficiency. Manual leveling and optional castors support flexible installation in diverse setups. This modular design facilitates compatibility with a wide range of precision optical instruments, making it a preferred choice by vibration isolation optical table manufacturers focused on adaptable system integration.
Operational Performance and User Efficiency Enhancements
Performance benefits include outstanding vibration attenuation across vertical and horizontal axes, enabling highly precise measurement conditions. The user-friendly manual leveling system provides repeatable adjustments with re-leveling accuracy within ±0.1 mm. Steel construction with a matt surface finish offers robustness against wear and environmental factors. The platform’s maintenance demands are minimal compared to pneumatic isolators, enhancing uptime in laboratory workflows. For end users, this optical breadboard table streamlines setup, supports stable component mounting, and delivers consistent performance vital for efficient experimental throughput and reliable data acquisition.
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Inherent Frequency
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6.5~12Hz,vertically;3.0~8.0Hz,horizontally
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Vibration Isolation Structure
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Vibration isolation rubber
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Leveling Type
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Manual
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Vibration Damping Type
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Porous quasi-laminar flow damping element with diffuse
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Total Table Height
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800mm
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Working Air Pressur
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0.2-0.4MPa
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Compressed Air Sourc
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Silent compressor (noise level) <50dB
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Vibration Isolating Efficiency
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82～88%@5Hz, 86～95%@10Hz, vertically
78～86%@5Hz, 84～92%@10Hz, horizontall
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Re-leveling Accuracy
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±0.1mm
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Table Top Flatness
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≤0.05mm/m²
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Surfaced Roughnes
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≤0.8μm, matt surface finish
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Isolator Height Adjustment Rang
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±10mm
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Mounting Holes
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M6 tapped holes on 25mm grid. Hole to edge 12.5mm or 37.5mm
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Top Skin
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5mm
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Bottom Skin
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4mm
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Material
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Stainless Steel
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High density honeycomb core structure optical breadboard with superconducting magnetic optical surface plates with high rigidity and stability. The isolators use high quality compound isolation damping materials with vibration isolation efficiency that is almost equal to air spring pneumatic isolators while requires less maintenance than the latter.
| Model | Dimension(mm) | Height(mm) | Load Capacity(Kg) |
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| POT-G09-06 | 900×600 | 800 | <135 |
| POT-G10-08 | 1000×800 | 800 | <200 |
| POT-G12-09 | 1200×900 | 800 | <270 |
| POT-G15-10 | 1500×1000 | 800 | <375 |
| POT-G18-10 | 1800×1000 | 800 | <450 |
| POT-G20-10 | 2000×1000 | 800 | <500 |
| POT-G12-12 | 1200×1200 | 800 | <360 |
| POT-G15-12 | 1500×1200 | 800 | <450 |
| POT-G18-12 | 1800×1200 | 800 | <540 |
| POT-G20-12 | 2000×1200 | 800 | <600 |
| POT-G24-12 | 2400×1200 | 800 | <720 |
| POT-G30-12 | 3000×1200 | 800 | <900 |
| POT-G15-15 | 1500×1500 | 800 | <560 |
| POT-G18-15 | 1800×1500 | 800 | <675 |
| POT-G20-15 | 2000×1500 | 800 | <750 |
| POT-G24-15 | 2400×1500 | 800 | <900 |
| POT-G30-15 | 3000×1500 | 800 | <1125 |
At OpticalTable, we specialize in providing top-tier optical equipment and precision components for research, industrial, and laboratory applications. Our focus is on delivering high-performance products that enhance the capabilities of optical systems, microscopes, and experimental setups. With years of expertise in the field, we supply advanced optical platforms such as motorized rotary stages, vibration isolation systems, and other cutting-edge components to support your scientific endeavors. Our commitment to quality, innovation, and customer satisfaction has made us a trusted partner in the optics industry.
1.High-Quality Products: We provide only the best, rigorously tested optical and precision components that ensure reliability and optimal performance in your experiments.
2.Customization Options: Our products are customizable to meet your specific research needs, from optical breadboards to microscope stages, ensuring perfect fit and functionality.
3.Expertise and Experience: With years of experience in the field of optics, we bring deep knowledge and technical support to every product we offer.
4.Competitive Pricing: We offer high-quality equipment at competitive prices, ensuring that you get the best value for your investment.
5.Global Reach and Support: Serving clients worldwide, we provide excellent customer service and technical support, wherever you are located.
What materials are used in the POT-P High Precision Vibration Isolation Optical Platform?
We construct the platform using stainless steel with a matt finish and a high-density honeycomb core. This combination ensures durability, high rigidity, and superior vibration isolation performance for your optical breadboard table needs.
Can I customize the size or load capacity of the vibration isolation optical table?
Yes, we offer a variety of models with different dimensions and load capacities. For specific project requirements, please contact us to discuss your customization options related to the vibration isolation optical table.
How do I install and level the POT-P platform for optimal vibration isolation?
Our platform includes manual leveling adjustments to achieve precise setup with re-leveling accuracy within ±0.1 mm. We recommend positioning on a stable surface and using the integrated leveling features before connecting your optical components.
What maintenance is required for the vibration damping elements?
Our platform’s porous quasi-laminar flow damping system requires minimal maintenance compared to pneumatic isolators. Regular surface cleaning and periodic checks of leveling and vibration isolation efficiency are sufficient to ensure long-term reliability.
